Figure shows a 90° cantilever (dark blue line), with dimensions and coordinate system directions given in the figure. P a) Determine the vertical deflection at the free end (point a). b) If you reduced the beam size, such that L=L/2 and h=h/2, what would be the deflection? c) If you had to reduce deflection by a factor of two, which dimension would you change first?

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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Figure shows a 90° cantilever (dark blue line), with dimensions and coordinate system
directions given in the figure.
P
a) Determine the vertical deflection at the free end (point a).
b) If you reduced the beam size, such that L=L/2 and h=h/2, what would be the
deflection?
c) If you had to reduce deflection by a factor of two, which dimension would you
change first?
Transcribed Image Text:Figure shows a 90° cantilever (dark blue line), with dimensions and coordinate system directions given in the figure. P a) Determine the vertical deflection at the free end (point a). b) If you reduced the beam size, such that L=L/2 and h=h/2, what would be the deflection? c) If you had to reduce deflection by a factor of two, which dimension would you change first?
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